People in diverse professions, ranging from athletics to public service (e.g., military, emergency responders, and law enforcement), are “Tactical Athletes”. Their equipment must simultaneously satisfy opposing demands: keep them safe while allowing them to perform at their highest level. But no matter how advanced the materials or engineering are, protective gear can only perform properly when it fits the tactical athlete correctly.

From helmets and shoulder pads to shin guards, compression wear, and impact protection systems, fit directly affects how equipment moves, protects, and performs during competition. Gear that is too loose can shift out of place during impact, while overly tight equipment can restrict mobility, create discomfort, and reduce overall performance.

Hockey is a great example of this challenge. Players rely on multiple layers of equipment to protect them while maintaining speed, agility, and range of motion. Poorly fitting gear can lead to gaps in protection, reduced comfort, and distractions during play all of which can impact confidence and safety on the ice.

That’s where VitalFit helps bridge the gap between athlete needs and product design. VitalFit can model hard plates and soft foam pads using advanced scientific computing methods.

Through advanced fit analysis and body data insights, VitalFit helps brands and designers better understand how protective equipment interacts with real athletes across different body shapes, sizes, and movement patterns. This allows companies to make more informed design decisions, improve sizing strategies, and develop equipment that delivers better protection, comfort, and performance.

For inquiries or further details, contact us at contact@vitalmechanics.com